extend ./layout/default
block link
  link(href="https://fonts.googleapis.com/css?family=Open+Sans:400,600|Roboto:400,500|Material+Icons" rel="stylesheet")
  link(href="https://file.myfontastic.com/n6vo44Re5QaWo8oCKShBs7/icons.css" rel="stylesheet")
  link(href="/static/css/unslider.css" rel="stylesheet")
  link(href="/static/css/unslider-dots.css" rel="stylesheet")
  script(src="/static/js/unslider-min.js")
  

block main-content  
  .hero
    ul
      li
        .hero1(style="background: url(/static/img/playground.jpg) no-repeat top center;")
          .text 
            h1 frequency: 3.5GHz 
            h1 scene: playground
            h1 number of transmitting antenna: 8
            h1 number of receiving antenna: 8
          
      li
        .hero2(style="background: url(/static/img/35g_stadium.jpg) no-repeat top center;")
          .text
            h1 frequency: 3.5GHz 
            h1 scene: stadium
            h1 number of transmitting antenna: 8
            h1 number of receiving antenna: 8
            
        
      li
        .hero3(style="background: url(/static/img/35g_indoor.jpg) no-repeat top center;")
          .text
            h1 frequency: 3.5GHz 
            h1 scene: office
            h1 number of transmitting antenna: 8
            h1 number of receiving antenna: 8
        
      
  .grid
    .col-3
      .grid-panel
        .grid-head
          h3 WHO WE ARE
          .grid-body
        .grid-body
          p Shanghai Research Center for Wireless Communications (WiCO) is a leading research and evaluation institute focusing on the R&D of the key technologies for next-generation mobile communication network, including integration testing, validation, and standardization. We are a highly skilled team of electronics engineers and researchers performing a full range of quality measurement and research to promote the development of the wireless communications. We have undertaken a great number of scientific research projects funded by the MOST, MIIT, NSFC, National Science and Technology Major Projects, 863 Hi-Tech Program, Chinese Academy of Sciences, and Shanghai municipal government.
    .col-3
      .grid-panel
        .grid-head
          h3 WHAT WE DO
          .grid-body
        .grid-body
          p WiCo has developed a multi-channel based platform for wireless communication system testing and evaluation, which has overcome a series of technical difficulties, such as nonlinear crosstalk of multi-channel RF signals, insufficient precision of multi-channel synchronization. Based on this advanced platform, a large mount of wireless channel measurements has been conducted in many typical scenarios, including beach, stadium, hotel lobby, rural area, campus hot spots, etc.
    .col-3
      .grid-panel
        .grid-head
          h3 CONTACT US
          .grid-body
        .grid-body
          p Address:
          p    4/F, Building 8, 100 Haike Rd, Pudong, Shanghai 201210, China. 
          br
          p Tel:
          p    +86 21-61270500
          br
          p Email:
          p    info@wise.sh
  
  script.
    $(function(){
      $('.hero').unslider({
        
        autoplay: true,
        arrows: false
      });
    })
        

        
        
  
  
